IOP Conference Series Earth and Environmental Science,
Год журнала:
2024,
Номер
1342(1), С. 012015 - 012015
Опубликована: Май 1, 2024
Abstract
Challenges
of
stability
and
specificity
associated
with
early
generation
sensors
necessitate
the
fabrication
optimization
microbial
biosensors.
More
so,
global
biosensors
market
size
currently
valued
at
USD25.5
billion
in
2021
is
expected
to
grow
a
compound
annual
growth
rate
(CAGR)
7.5%
USD36.7
2026.
Microbial
are
bioanalytical
systems
that
integrate
microorganisms
physical
transducer
generate
signals,
thus,
aiding
identification
analytes.
The
fabricated
through
series
steps
comprising
microbe
selection,
immobilization
onto
matrix,
microfabrication,
calibration,
validation.
transducers
integrated
quantifiable
enabling
real-time
monitoring
diversity
analytes
within
food
samples.
strategies
scrutinized,
particular
focus
on
integration
sundry
nanoparticles,
such
as
magnetic,
gold,
quantum-dot
which
enhance
sensor
performance.
Distinct
advantages
offered
by
promise
revolutionize
quality
assessment
via
cost-effectiveness,
rapid
sample
testing,
ability
provide
access
data.
Literature
have
highlighted
certain
limitations
including
interference
from
complex
matrices,
instability
microorganisms,
lifespan.
In
assessing
their
economic
importance,
comparative
analysis
presented
against
conventional
analytical
methods
like
ELISA,
PCR,
HPLC;
highlighting
unique
strengths
future
perspectives
potential
technology
addressing
need
for
continuous
challenges,
research
further
improvements
biocompatibility
processes
long-term
reusability.
Inventions,
Год журнала:
2023,
Номер
8(4), С. 103 - 103
Опубликована: Авг. 11, 2023
This
general
review
paper
presents
a
condensed
view
of
recent
inventions
in
the
Additive
Manufacturing
(AM)
field.
It
outlines
factors
affecting
development
and
commercialization
via
research
collaboration
discusses
breakthroughs
materials
AM
technologies
their
integration
with
emerging
technologies.
The
explores
impact
across
various
sectors,
including
aerospace,
automotive,
healthcare,
food,
construction
industries,
since
1970s.
also
addresses
challenges
future
directions,
such
as
hybrid
manufacturing
bio-printing,
along
socio-economic
environmental
implications.
collaborative
study
provides
concise
understanding
latest
AM,
offering
valuable
insights
for
researchers,
practitioners,
decision
makers
diverse
industries
institutions.
Applied Sciences,
Год журнала:
2024,
Номер
14(21), С. 9919 - 9919
Опубликована: Окт. 30, 2024
In
the
era
of
Industry
4.0,
3D
printing,
or
additive
manufacturing
(AM),
has
revolutionized
product
design
and
across
various
sectors.
This
review
explores
evolution
printing
technology
its
impact
on
industrial
innovation,
highlighting
advancements
in
aeronautics,
automotive
industry,
biomedicine.
Various
AM
processes,
such
as
binder
jetting,
direct
energy
deposition,
powder
bed
fusion,
materials
like
metals,
polymers,
ceramics,
composites,
are
discussed.
Innovations
high-speed
sintering,
continuous
liquid
interface
production,
bioprinting
demonstrate
ongoing
advancements.
The
potential
personalized
medical
applications
is
emphasized
due
to
flexibility
geometry
materials.
Despite
progress,
challenges
standardization,
material
quality,
recycling,
sustainability,
economic
feasibility
hinder
widespread
adoption.
Overcoming
these
crucial
for
optimizing
technologies,
ensuring
high-quality,
efficient,
affordable
production.
also
addresses
future
prospects
4D
5D
technologies
their
industries.
overview
underscores
printing’s
role
shaping
within
context
5.0,
emphasizing
human–machine
collaboration
sustainability.
Biomedicine & Pharmacotherapy,
Год журнала:
2023,
Номер
167, С. 115416 - 115416
Опубликована: Сен. 6, 2023
Hydrogels
are
three-dimensional
polymer
networks
with
hydrophilic
properties.
The
modifiable
properties
of
hydrogels
and
the
structure
resembling
living
tissue
allow
their
versatile
application.
Therefore,
increasing
attention
is
focused
on
use
as
bioinks
for
(3D)
printing
in
engineering.
Bioprinting
involves
fabrication
complex
structures
from
several
types
materials,
cells,
bioactive
compounds.
Stem
cells
(SC),
such
mesenchymal
stromal
(MSCs)
frequently
employed
3D
constructs.
SCs
have
desirable
biological
ability
to
differentiate
into
various
high
proliferative
capacity.
Encapsulating
hydrogel
constructs
enhances
reparative
abilities
improves
likelihood
reaching
target
tissues.
In
addition,
created
can
simulate
environment
mimic
signals.
Importantly,
immunogenicity
scaffolds
minimized
through
patient-specific
biocompatibility
biodegradability
biopolymers.
Regenerative
medicine
taking
advantage
aforementioned
capabilities
regenerating
tissues-
muscle,
bones,
nerves,
heart,
skin,
cartilage.
Pharmaceutics,
Год журнала:
2023,
Номер
15(1), С. 255 - 255
Опубликована: Янв. 11, 2023
The
fast-developing
field
of
3D
bio-printing
has
been
extensively
used
to
improve
the
usability
and
performance
scaffolds
filled
with
cells.
Over
last
few
decades,
a
variety
tissues
organs
including
skin,
blood
vessels,
hearts,
etc.,
have
all
produced
in
large
quantities
via
bio-printing.
These
are
not
only
able
serve
as
building
blocks
for
ultimate
goal
repair
regeneration,
but
they
can
also
be
utilized
vitro
models
pharmacokinetics,
drug
screening,
other
purposes.
To
further
3D-printing
uses
tissue
engineering,
research
on
novel,
suitable
biomaterials
quick
cross-linking
capabilities
is
prerequisite.
A
wider
acceptable
3D-printed
materials
still
needed,
well
better
printing
resolution
(particularly
at
nanoscale
range),
speed,
biomaterial
compatibility.
aim
this
study
provide
expertise
most
prevalent
new
an
introduction
associated
approaches
that
frequently
considered
by
researchers.
Furthermore,
effort
made
convey
pertinent
implementations
processes,
such
providing
significant
together
comprehensive
list
material
selection
guidelines,
constraints,
future
prospects.
Bioengineering,
Год журнала:
2023,
Номер
10(8), С. 910 - 910
Опубликована: Авг. 1, 2023
The
intensive
development
of
technologies
related
to
human
health
in
recent
years
has
caused
a
real
revolution.
transition
from
conventional
medicine
personalized
medicine,
largely
driven
by
bioprinting,
is
expected
have
significant
positive
impact
on
patient's
quality
life.
This
article
aims
conduct
systematic
review
bioprinting's
potential
health-related
A
literature
search
was
conducted
accordance
with
the
Preferred
Reporting
Items
for
Systematic
Reviews
and
Meta-Analyses
(PRISMA)
guidelines.
comprehensive
undertaken
using
PubMed,
Scopus,
Google
Scholar,
ScienceDirect
databases
between
2019
2023.
We
identified
some
most
benefits
bioprinting
improve
life:
part
production;
saving
millions
lives;
reducing
rejection
risks
after
transplantation;
accelerating
process
skin
tissue
regeneration;
homocellular
model
generation;
precise
fabrication
accurate
specifications;
eliminating
need
organs
donor,
thus
patient
waiting
time.
In
addition,
these
advances
greatly
benefit
cancer
treatment
other
research,
offering
medical
solutions
tailored
each
individual
that
could
increase
chance
survival
significantly
their
overall
well-being.
Although
advancements
are
still
research
stage,
encouraging
results
scientific
studies
suggest
they
verge
being
integrated
into
treatment.
progress
power
revolutionize
healthcare,
promising
profound
improving
life
potentially
transforming
field
healthcare.
ACS Biomaterials Science & Engineering,
Год журнала:
2024,
Номер
10(7), С. 4145 - 4174
Опубликована: Июнь 1, 2024
3D
bioprinting
is
recognized
as
the
ultimate
additive
biomanufacturing
technology
in
tissue
engineering
and
regeneration,
augmented
with
intelligent
bioinks
bioprinters
to
construct
tissues
or
organs,
thereby
eliminating
stipulation
for
artificial
organs.
For
of
soft
tissues,
such
kidneys,
hearts,
other
human
body
parts,
formulations
bioink
enhanced
bioinspired
rheological
mechanical
properties
were
essential.
Nanomaterials-based
hybrid
have
potential
overcome
above-mentioned
problem
require
much
attention
among
researchers.
Natural
synthetic
nanomaterials
carbon
nanotubes,
graphene
oxides,
titanium
nanosilicates,
nanoclay,
nanocellulose,
etc.
their
blended
been
used
various
benefitted
bioprintability,
biocompatibility,
biodegradability.
A
limited
number
articles
published,
requirement
pushed
us
write
this
review.
We
reviewed,
explored,
discussed
nanocomposite-based
technology,
properties,
natural,
synthetic,
nanomaterial-based
bioinks,
including
applications
challenges,
limitations,
ethical
considerations,
solution
future
perspective,
technological
advancement
efficient
cost-effective
methods
regeneration
healthcare.
Frontiers in Bioengineering and Biotechnology,
Год журнала:
2023,
Номер
11
Опубликована: Июль 4, 2023
The
incidence
of
tissue
and
organ
damage
caused
by
various
diseases
is
increasing
worldwide.
Tissue
engineering
a
promising
strategy
tackling
this
problem
because
its
potential
to
regenerate
or
replace
damaged
tissues
organs.
biochemical
biophysical
cues
biomaterials
can
stimulate
induce
biological
activities
such
as
cell
adhesion,
proliferation
differentiation,
ultimately
achieve
repair
regeneration.
Micro/nano
materials
are
special
type
biomaterial
that
mimic
the
microstructure
on
microscopic
scale
due
precise
construction,
further
providing
scaffolds
with
specific
three-dimensional
structures
guide
cells.
study
application
biomimetic
micro/nano-materials
have
greatly
promoted
development
engineering.
This
review
aims
provide
an
overview
different
types
micro/nanomaterials,
their
preparation
methods
in
ACS Biomaterials Science & Engineering,
Год журнала:
2024,
Номер
10(5), С. 2616 - 2635
Опубликована: Апрель 26, 2024
Primary
brain
tumor
is
one
of
the
most
fatal
diseases.
The
malignant
type
among
them,
glioblastoma
(GBM),
has
low
survival
rates.
Standard
treatments
reduce
life
quality
patients
due
to
serious
side
effects.
Tumor
aggressiveness
and
unique
structure
render
removal
tumors
development
new
therapies
challenging.
To
elucidate
characteristics
examine
their
response
drugs,
realistic
systems
that
mimic
environment
cellular
crosstalk
are
desperately
needed.
In
past
decade,
3D
GBM
models
have
been
presented
as
excellent
platforms
they
allowed
investigation
phenotypes
testing
innovative
therapeutic
strategies.
scope,
bioprinting
technology
offers
utilities
such
fabricating
bioprinted
structures
in
a
layer-by-layer
manner
precisely
controlled
deposition
materials
cells,
can
be
integrated
with
other
technologies
like
microfluidics
approach.
This
Review
covers
studies
investigated
models,
especially
using
techniques
essential
parameters
affect
result
study
frequently
used
physical
hydrogel,
conditions,
cross-linking
methods,
characterization
techniques.
